Richard W. Linderman - researchr alias

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Viewing Publication 1 - 28 from 28

2018

AnRAD: A Neuromorphic Anomaly Detection Framework for Massive Concurrent Data StreamsQiuwen Chen, Ryan S. Luley, Qing Wu, Morgan Bishop, Richard W. Linderman, Qinru Qiu. tnn, 29(5):1622-1636, 2018. [doi]

2015

Self-structured confabulation network for fast anomaly detection and reasoningQiuwen Chen, Qing Wu, Morgan Bishop, Richard W. Linderman, Qinru Qiu. ijcnn 2015: 1-8 [doi]

2014

Memristor Crossbar-Based Neuromorphic Computing System: A Case StudyMiao Hu, Hai Li, Yiran Chen, Qing Wu, Garrett S. Rose, Richard W. Linderman. tnn, 25(10):1864-1878, 2014. [doi]

2013

A Parallel Neuromorphic Text Recognition System and Its Implementation on a Heterogeneous High-Performance Computing ClusterQinru Qiu, Qing Wu, Morgan Bishop, Robinson E. Pino, Richard W. Linderman. TC, 62(5):886-899, 2013. [doi]

2011

2010

2008

Fault tolerant integrated information management support for physically constrained iterative deconvolutionScott E. Spetka, George O. Ramseyer, Richard W. Linderman. aipr 2008: 1-5 [doi]

Using metrics to optimize a high performance intelligent image processing codeScott E. Spetka, Susan Emeny, George O. Ramseyer, Richard W. Linderman. permis 2008: 132-134 [doi]

2007

2006

Poster reception - Improving the performance of parallel backprojection on a reconfigurable supercomputerBen Cordes, Miriam Leeser, Eric Miller, Richard W. Linderman. sc 2006: 149 [doi]

Application Development Framework for the Rapid Integration of High Performance Image Processing AlgorithmsScott E. Spetka, George O. Ramseyer, Richard W. Linderman. aipr 2006: 32 [doi]

2005

Using globus grid objects to extend a corba-based object-oriented systemScott E. Spetka, George O. Ramseyer, Richard W. Linderman. OOPSLA 2005: 188-189 [doi]

2003

Redeveloping a high-Performance computing frameworkScott E. Spetka, George O. Ramseyer, Richard W. Linderman. OOPSLA 2003: 98-99 [doi]

2002

A FrameWork for high-performance image exploitationScott E. Spetka, George O. Ramseyer, Richard W. Linderman. OOPSLA 2002: 42-43 [doi]

2000

Design, implementation and evaluation of parallel pipelined STAP on parallel computersAlok N. Choudhary, Wei-keng Liao, Donald D. Weiner, Pramod K. Varshney, Richard W. Linderman, Mark H. Linderman, Russell D. Brown. taes, 36(2):528-548, 2000. [doi]

1998

Design, Implementation and Evaluation of Parallel Pipelined STAP on Parallel ComputersAlok N. Choudhary, Wei-keng Liao, Donald Weiner, Pramod K. Varshney, Richard W. Linderman, Mark H. Linderman. ipps 1998: 220-225 [doi]

A Dependable High Performance Wafer Scale Architecture for Embedded Signal ProcessingRichard W. Linderman, Ralph L. R. Kohler, Mark H. Linderman. TC, 47(1):125-128, 1998.

1989

Design and application of an optimizing XROM silicon compilerRichard W. Linderman, Paul C. Rossbach, David M. Gallagher. tcad, 8(12):1267-1275, 1989. [doi]

1988

A 70-MHz 1.2- mu m CMOS 16-point DFT processorRichard W. Linderman, Carl G. Shephard, Kent Taylor, Paul W. Coutee, Paul C. Rossbach, James M. Collins, Robert S. Hauser. jssc, 23(2):343-350, April 1988. [doi]

1984

A three dimensional systolic array architecture for fast matrix multiplicationRichard W. Linderman, Walter H. Ku. icassp 1984: 782-785 [doi]

Digital signal processing capabilities of CUSP, a high performance bit-serial VLSI processorRichard W. Linderman, Peter P. Reusens, Paul M. Chau, Walter H. Ku. icassp 1984: 660-663 [doi]

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